Author: Stephanie

Rogers Sprayers Inc.

141 - 105th Street East
Saskatoon, SK S7N 1Z2
Canada

Phone: (306) 975-0500
Fax: (306) 975-0499
Email: info@rogerssprayers.com
Web: www.rogerssprayers.com

FY325 / FY425
Heavy Duty Farm Yard Sprayer
(3 and 4 Nozzle, 25 USG Tank)

Assembly, Parts and Operator’s Manual

Version FY-1607

Table of Contents

Safety 3
Operational Safety 3
General Spraying Information 3
Application Tips 3
Nozzles 4
Diaphragm Check Valve Nozzle Bodies 4
Calibration 4
General Maintenance 5
Cleaning 5
Winterizing 6
Operation 6
Application Rate Tables 7
Assembly Instructions 9
Drawings and Replacement Parts 12
FY425 Shroud Assembly 12
FY425 Frame Assembly 13
FY425 Plumbing Assembly 14
FY425 ORC Assembly 15
FY325 Shroud Assembly 16
FY325 Frame Assembly 17
FY325 Plumbing Assembly 18
FY325 ORC Assembly 19
Wiring Harness 20
Warranty 21

Visit our website, www.rogerssprayers.com, for additional models.

Safety

Many people die or suffer serious injury in job related accidents every year due to carelessness. Know your machinery and be aware of potential hazards. Put safety first in all your operations.
Review all instructions and procedures outlined in this manual annually. Every operator must familiarize himself with the operating instructions of the sprayer.

Operational Safety
Shut down sprayer and power unit and wait for all parts to stop before adjusting, cleaning, or lubricating the power unit or sprayer.
Before spraying a field familiarize yourself with any rocks, debris, trees, ditches or gullies that may be potentially dangerous. Plan the spraying route to avoid these hazards.
Spray only chemicals that the unit was designed for, (ie turf application). Do not use products for which the unit was not designed, (ie PAINT, sealants, cleaning fluids, dust inhibitors, ice surfaces).

Minimize Chemical Drift
The Windfoil sprayer was designed in a wind tunnel to control air flow around and behind the sprayer minimizing drift to allow safer spraying in windy conditions.
Drift can blow off a field after it has been sprayed, especially in high winds. Reasonable caution should be taken in order to spray effectively and safely.
For maximum drift control, keep curtain in contact with the ground to ensure a seal to it. Drift control of the Windfoil is less effective when the wind blows the curtain off the crop canopy breaking the seal between the curtain and the crop.

General Spraying Information

Application Tips
Always use clean filtered water in the sprayer tank.
Your Windfoil Drift Containment Spray System (DCSS) comes standard with stainless steel insert tips.
The FY Sprayer is equipped with 80º spray tips, spaced at 16”. Tips are mounted with self-aligning ¼ turn caps for easy removal or change.
Check the flow rate from all nozzles using the capacity calibration technique; see the Calibration section for tables and instructions. Use clean filtered water for all calibration testing. Adjust the sprayer
pressure to get the proper flow rate. The flow meter is not accurate enough in absolute terms to be used as a flow meter. In relative terms they are very accurate.

Caution: Conventional tips are rated at 40 psi (3 bar), for example a 8004 tip at 40 psi (3 bar)
delivers 0.4 US gal/min (1.5 litres/min) . Only conventional 80° tips are recommended for the
Windfoil FY series. Wider angle tips (110°) have a wider pattern than 80° and will hit the
curtain at the ends of the boom and are not recommended.

Nozzles
Despite being the most important component for accurate uniform spraying application, nozzles are often neglected and abused.
Nozzle flow rate depends on effective orifice size and pressure. Spray tip manufacturers have supplied tables of nozzle application rates at various pressures, for the best results it is recommended that you follow these guidelines.
The rule of thumb is that as you increase the pressure to your unit the average droplet size decreases. Normally with conventional open boom sprayers large droplets are used to control drift but large
droplets can roll off plants without sticking. With the Windfoil covered spray system you will be able spray with smaller droplets, increase coverage and not worry about drift.
The spray patterns must overlap for even coverage but should not interfere with one another. Nozzles are set at a 10° angle so that one edge of its pattern will be just behind the edge of its adjacent spray pattern, evading interference with each other.
Typically, as a tip wears, the spray pattern distorts, output volumes usually increase and the droplet characteristics change. Recalibration may correct for output changes, but cannot correct for spray
pattern changes or the drop size generated.

Caution: When spraying next to a flower bed, do not spray over the turf edge as the spray will go under the curtain and onto the flowers.

Diaphragm Check Valve Nozzle Bodies
Diaphragm check valves close at approximately 15 psi (1 bar) to prevent excessive dripping. Should the cap on the valve loosen or the check valve diaphragm become misaligned, the body may leak. Stop the leak by, tightening the check valve cap or remove the cap and inspect the seal for damage or improper assembly.
To check for defective check valves when the spraying stop control has been actuated, the volume that drips from each nozzle should not exceed 2ml timed over a 5 minute period. The measuring is to start 8 seconds after the flow to the spray boom is shut off.
Nozzle caps are attached by engaging the cap and turning clockwise about a third of a turn. Self-aligning caps have a slot to align the tips. Ensure that the tips fit down into the slotted hole before I
nstalling caps on the diaphragm nozzle body assembly with the tip screens.
Non-aligning caps are also available for special tips.
Calibration
As a tip wears recalibration may be required. To calibrate, operate the sprayer at the desired pressure. Collect the output from each nozzle for 60 seconds, using an accurate measuring cup. Record the output from each nozzle. Replace nozzles that are more than 5% above or below the average reading, or have a visibly distorted spray pattern.
Run a speed test in the area to be sprayed, with a full tank. The sprayer must be at operating speed before starting the test run. To determine the speed, mark off a distance as found on one of the tables below. Spray this distance, carefully noting and recording the time to cover the distance.

The actual speed can be found for the specific distance traveled and time to travel, using the table.
After the nozzles have been individually checked, the sprayer should be calibrated to determine the correct speed for the desired application volume. To get area covered, multiply the width X distance.

Table 1: Time in Seconds to Travel Distance of:

Table 2: Time in Seconds to Travel a Distance of:

	10	25	50	100	200
Km/h	(m)	(m)	(m)	(m)	(m)
1	36.0	90.0	180.0	360.0	720.0
1.5	24.0	60.0	120.0	240.0	480.0
2	18.0	45.0	90.0	180.0	360.0
2.5	14.4	36.0	72.0	144.0	288.0
3	12.0	30.0	60.0	120.0	240.0
4	9.0	22.5	45.0	90.0	180.0
5	7.2	18.0	36.0	72.0	144.0
6	6.0	15.0	30.0	60.0	120.0

Note: Tip pressure is usually less than the pressure at the pump. Losses occur in valves, hoses, etc. Always check the flow by the above calibration method.

General Maintenance

Cleaning
Sprayers need to be cleaned to prevent corrosion and cross contamination of chemicals. Trace amounts of one chemical can react with another or carry over to the next spraying and cause crop damage, especially with pesticides. Long exposures with even small amounts of some chemicals can damage sprayer components either by corrosion or gum deposits. If you spray crops that are very
susceptible to injury from the last chemical used (ie vegetables, turf, and ornamentals) clean the unit especially well.
Always try to end the day with an empty tank; avoid contamination of water supplies and injury to plants or animals. Do not make puddles that might be accessible to children, pets, farm animals, or wildlife. Flush with clean water preferably after each day's operation. If you plan to use the same material over several days most chemicals may be kept in the tank overnight, labels on the chemical usually
indicates which may not. Rinse the outside of the sprayer. Surfactants combined with chemicals, when they are compatible, will provide some cleaning action in the sprayer.
Some chemical combinations (especially if oil is used) may produce a putty type paste (buttering out) in the sprayer tank and components; flushing with water after each load may prevent an accumulation. If water alone does not dissolve and remove the buildup, add solvent, kerosene, or other low flammable solvent; allow paste to dissolve, then agitate and flush. Next, flush with detergent and finally with clean water. Check with your chemical agent.
Whenever pesticides are changed, or before sprayer storage, clean sprayers thoroughly with a
cleaning solution. The solution used depends on the chemical to be removed from the sprayer. Check the chemical label for cleaning instructions.

First flush with water, then add the cleaning solution to the tank and thoroughly agitate before flushing. Always flush with clean water to remove the cleaning solution. Remove nozzle tips and screens; clean them in a strong detergent solution or kerosene, using a soft brush such as an old toothbrush. Never use a metal probe to clean the orifice of a spray tip!

Follow the same safety precautions during cleaning as for applications. Use a respirator, rubber gloves, or other protective gear as may be directed by label instructions.
If a nozzle becomes blocked, turn the sprayer off. Note that the spray lines could still be pressurized therefore prior to removing the cap on the nozzle body, proper safety equipment should be worn, (ie gloves, eye protection, etc).

Sunshine
Many plastic sprayer parts are degraded by ultra violet light, especially the nozzle flow indicators. Store the sprayer in the shade to extend the length of service.

Winterizing
After the sprayer is thoroughly cleaned, put 2-5 gallons (7-19 litres) of rust inhibitor or antifreeze in the tank prior to the final flushing to help prevent corrosion. As the water is pumped from the sprayer, the antifreeze will leave a protective coating on the inside of the tank, pump, and plumbing. Remove nozzle tips, screens and no-drip valves (if used) and store them in a can of light oil such as diesel fuel or kerosene to prevent corrosion. Close nozzle openings with tape to prevent dirt, insects, mice, or other contaminants from entering.
During the final cleaning, completely check the sprayer. Look at the hoses, clamps, connections, nozzle tips, and screens for needed replacements. Store the sprayer in a reasonably clean and dry building.

Operation

With the unit fully assembled, attach the battery clips to the battery on your power unit. (be sure that the toggle switch bar is off, pump should not run once clips are on battery). (NOTE: red clip is for positive post on battery). With liquid in the tank, loosen the pressure regulator fully, ie loosen lock nut on the regulator and turn top knob on pressure regulator counter clockwise. Next turn unit on by flipping the switch on, slowly tighten pressure regulator (turn clockwise) until pressure on gauge rises to 40 psi (3 bar). (NOTE: to obtain optimum pattern, you should always try and operate your spray nozzles as close to 40 psi (3bar) as possible). Due to losses in the system you might want to run your system at 42-43 psi, this should give you close to 40 psi at the tip. (NOTE: Be careful not to run the pump on an empty tank, this could cause a vapour lock in the system. To fix the problem, make sure there is something in the tank, remove the output supply hose on the pump and start the system, take precautions as your chemical will start coming through the pump, once the liquid starts flowing shut the system off, reconnect the line and continue spraying). Watch the ball in the flow indicator as you spray, If the ball is not
floating it indicates tips that are plugged or partially plugged. Check and clean the appropriate tip(s). If the ball is right at the top, the flow rate is too high. Replace the ball with the required ball for the tips (see the flow monitor page).
Test the unit using clear water on a firm surface such as asphalt or concrete before using spray solution. This will illustrate the effectiveness of the individual spray patterns.
Note: As this is a self contained sprayer with a small tank and does not have a separate fresh water tank, it is recommended that when filling and working with chemicals a fresh water supply is always kept in close proximity for safety reasons.

Farm Yard Tip Ranges for Pumps

	PUMP		Open Flow	TIPS (80 degree only)
BOOM	Part #	Description	(gpm)	8001	80015	8002	8003	8004	8005	8006
FY325	14498	STANDARD DEL	2.0	YES	YES	YES	YES	NO	NO	NO
FY325HF	14181	HIGH FLOW DEL	5.0	YES	YES	YES	YES	YES	YES	YES
SPRAY TIME TO EMPTY(MINUTES)				83	56	42	28	21	17	14
FY	PUMP		FLOW	TIPS (80 degree only)
BOOM	Part #	Description	(gpm)	8001	80015	8002	8003	8004	8005	8006
FY425	14498	STANDARD DEL	2.0	YES	YES	YES	NO	NO	NO	NO
FY425HF	14181	HIGH FLOW DEL	5.0	YES	YES	YES	YES	YES	YES	NO
SPRAY TIME TO EMPTY(MINUTES)				63	42	31	21	16	13	N/A

Metric Application Rates at 16" Nozzle Spacing (0.5 meters)
80 Degree Tips
			Liquid	Liquid	Cap	Cap	U. S. GALLONS PER ACRE					Liters/Hectare
Rogers	Tip	Tip	Press	Press	/noz.	/noz.	2.5	3	4	5	7	4	4.8	6.4	8	11.2
Part #	Number	Mfg	psi	bars	gpm	lpm	mph	mph	mph	mph	mph	kph	kph	kph	kph	kph
01369	8001VS	Teejet	30	2.07	0.087	0.328	12.9	10.7	8.0	6.4	4.6	120	100	75	60	43
	100 mesh		40	2.76	0.100	0.379	14.9	12.4	9.3	7.4	5.3	139	116	87	69	50
			50	3.45	0.112	0.423	16.6	13.8	10.4	8.3	5.9	155	129	97	78	55
			60	4.14	0.122	0.464	18.2	15.2	11.4	9.1	6.5	170	142	106	85	61
00827	80015VS	Teejet	30	2.07	0.130	0.492	19.3	16.1	12.1	9.6	6.9	180	150	113	90	64
	or		40	2.76	0.150	0.568	22.3	18.6	13.9	11.1	8.0	208	174	130	104	74
15287	AXI-80015	Albuz	50	3.45	0.168	0.635	24.9	20.8	15.6	12.5	8.9	233	194	146	116	83
	100 mesh		60	4.14	0.184	0.695	27.3	22.7	17.1	13.6	9.7	255	213	159	128	91
05876	8002VS	Teejet	30	2.07	0.173	0.656	25.7	21.4	16.1	12.9	9.2	240	200	150	120	86
	or		40	2.76	0.200	0.757	29.7	24.8	18.6	14.9	10.6	278	231	174	139	99
14384	AXI-8002	Albuz	50	3.45	0.224	0.846	33.2	27.7	20.8	16.6	11.9	310	259	194	155	111
	50 mesh		60	4.14	0.245	0.927	36.4	30.3	22.7	18.2	13.0	340	283	213	170	121
05877	8003VS	Teejet	30	2.07	0.260	0.983	38.6	32.2	24.1	19.3	13.8	361	301	225	180	129
	or		40	2.76	0.300	1.136	44.6	37.1	27.8	22.3	15.9	417	347	260	208	149
14385	AXI-8003	Albuz	50	3.45	0.335	1.270	49.8	41.5	31.1	24.9	17.8	466	388	291	233	166
	50 mesh		60	4.14	0.367	1.391	54.6	45.5	34.1	27.3	19.5	510	425	319	255	182
05878	8004VS	Teejet	30	2.07	0.346	1.311	51.4	42.9	32.2	25.7	18.4	481	401	301	240	172
	or		40	2.76	0.400	1.514	59.4	49.5	37.1	29.7	21.2	555	463	347	278	198
14061	AXI-8004	Albuz	50	3.45	0.447	1.693	66.4	55.3	41.5	33.2	23.7	621	517	388	310	222
	50 mesh		60	4.14	0.490	1.854	72.7	60.6	45.5	36.4	26.0	680	567	425	340	243
05879	8005VS	Teejet	30	2.07	0.433	1.639	64.3	53.6	40.2	32.2	23.0	601	501	376	301	215
	or		40	2.76	0.500	1.893	74.3	61.9	46.4	37.1	26.5	694	579	434	347	248
14386	AXI-8005	Albuz	50	3.45	0.559	2.116	83.0	69.2	51.9	41.5	29.6	776	647	485	388	277
	50 mesh		60	4.14	0.612	2.318	90.9	75.8	56.8	45.5	32.5	850	709	531	425	304
05880	8006VS	Teejet	30	2.07	0.520	1.967	77.2	64.3	48.2	38.6	27.6	721	601	451	361	258
	or		40	2.76	0.600	2.271	89.1	74.3	55.7	44.6	31.8	833	694	521	417	298
14387	AXI-8006	Albuz	50	3.45	0.671	2.539	99.6	83.0	62.3	49.8	35.6	931	776	582	466	333
	50 mesh		60	4.14	0.735	2.781	109.1	90.9	68.2	54.6	39.0	1020	850	638	510	364

Application Rates, 16" Spacing
80 Deg. Tips
		Liquid	Capacity	U. S. GALLONS PER ACRE					U. S. GALLONS PER 1000 SQ. FT.						LITERS PER 1000 SQ. FT.
Rogers	Tip	Press	1 nozzle	2.5	3	4	5	7	2.5	3	4	5	7	Press	2.5	3	4	5	7
Part #	Number	psi	gpm	mph	mph	mph	mph	mph	mph	mph	mph	mph	mph	bars	mph	mph	mph	mph	mph
05872	800067SS	30	0.058	8.6	7.2	5.4	4.3	3.1	0.20	0.16	0.12	0.10	0.07	2.07	0.75	0.62	0.47	0.37	0.27
	(200 mesh)	40	0.067	9.9	8.3	6.2	5.0	3.6	0.23	0.19	0.14	0.11	0.08	2.76	0.86	0.72	0.54	0.43	0.31
		50	0.075	11.1	9.3	7.0	5.6	4.0	0.25	0.21	0.16	0.13	0.09	3.45	0.96	0.80	0.60	0.48	0.34
		60	0.082	12.2	10.2	7.6	6.1	4.4	0.28	0.23	0.17	0.14	0.10	4.14	1.06	0.88	0.66	0.53	0.38
01369	8001VS	30	0.087	12.9	10.7	8.0	6.4	4.6	0.29	0.25	0.18	0.15	0.11	2.07	1.11	0.93	0.70	0.56	0.40
	(100 mesh)	40	0.100	14.9	12.4	9.3	7.4	5.3	0.34	0.28	0.21	0.17	0.12	2.76	1.29	1.07	0.80	0.64	0.46
		50	0.112	16.6	13.8	10.4	8.3	5.9	0.38	0.32	0.24	0.19	0.14	3.45	1.44	1.20	0.90	0.72	0.51
		60	0.122	18.2	15.2	11.4	9.1	6.5	0.42	0.35	0.26	0.21	0.15	4.14	1.58	1.31	0.99	0.79	0.56
00827	80015VS	30	0.130	19.3	16.1	12.1	9.6	6.9	0.44	0.37	0.28	0.22	0.16	2.07	1.67	1.39	1.04	0.84	0.60
	or	40	0.150	22.3	18.6	13.9	11.1	8.0	0.51	0.43	0.32	0.26	0.18	2.76	1.93	1.61	1.21	0.97	0.69
15287	AXI-80015	50	0.168	24.9	20.8	15.6	12.5	8.9	0.57	0.48	0.36	0.29	0.20	3.45	2.16	1.80	1.35	1.08	0.77
	(100 mesh)	60	0.184	27.3	22.7	17.1	13.6	9.7	0.62	0.52	0.39	0.31	0.22	4.14	2.36	1.97	1.48	1.18	0.84
05876	8002VS	30	0.173	25.7	21.4	16.1	12.9	9.2	0.59	0.49	0.37	0.29	0.21	2.07	2.23	1.86	1.39	1.11	0.80
	or	40	0.200	29.7	24.8	18.6	14.9	10.6	0.68	0.57	0.43	0.34	0.24	2.76	2.57	2.14	1.61	1.29	0.92
14384	AXI-8002	50	0.224	33.2	27.7	20.8	16.6	11.9	0.76	0.63	0.48	0.38	0.27	3.45	2.88	2.40	1.80	1.44	1.03
	(50 mesh)	60	0.245	36.4	30.3	22.7	18.2	13.0	0.83	0.69	0.52	0.42	0.30	4.14	3.15	2.63	1.97	1.58	1.13
05877	8003VS	30	0.260	38.6	32.2	24.1	19.3	13.8	0.88	0.74	0.55	0.44	0.32	2.07	3.34	2.79	2.09	1.67	1.19
	or	40	0.300	44.6	37.1	27.8	22.3	15.9	1.02	0.85	0.64	0.51	0.36	2.76	3.86	3.22	2.41	1.93	1.38
14385	AXI-8003	50	0.335	49.8	41.5	31.1	24.9	17.8	1.14	0.95	0.71	0.57	0.41	3.45	4.32	3.60	2.70	2.16	1.54
	(50 mesh)	60	0.367	54.6	45.5	34.1	27.3	19.5	1.25	1.04	0.78	0.62	0.45	4.14	4.73	3.94	2.96	2.36	1.69
05878	8004VS	30	0.346	51.4	42.9	32.2	25.7	18.4	1.18	0.98	0.74	0.59	0.42	2.07	4.46	3.71	2.79	2.23	1.59
	or	40	0.400	59.4	49.5	37.1	29.7	21.2	1.36	1.13	0.85	0.68	0.49	2.76	5.15	4.29	3.22	2.57	1.84
14061	AXI-8004	50	0.447	66.4	55.3	41.5	33.2	23.7	1.52	1.27	0.95	0.76	0.54	3.45	5.76	4.80	3.60	2.88	2.06
	(50 mesh)	60	0.490	72.7	60.6	45.5	36.4	26.0	1.67	1.39	1.04	0.83	0.59	4.14	6.30	5.25	3.94	3.15	2.25
05879	8005VS	30	0.433	64.3	53.6	40.2	32.2	23.0	1.47	1.23	0.92	0.74	0.53	2.07	5.57	4.64	3.48	2.79	1.99
	or	40	0.500	74.3	61.9	46.4	37.1	26.5	1.70	1.42	1.06	0.85	0.61	2.76	6.43	5.36	4.02	3.22	2.30
14386	AXI-8005	50	0.559	83.0	69.2	51.9	41.5	29.6	1.90	1.58	1.19	0.95	0.68	3.45	7.19	5.99	4.50	3.60	2.57
	(50 mesh)	60	0.612	90.9	75.8	56.8	45.5	32.5	2.08	1.74	1.30	1.04	0.74	4.14	7.88	6.57	4.93	3.94	2.81
05880	8006VS	30	0.520	77.2	64.3	48.2	38.6	27.6	1.77	1.47	1.10	0.88	0.63	2.07	6.69	5.57	4.18	3.34	2.39
	or	40	0.600	89.1	74.3	55.7	44.6	31.8	2.04	1.70	1.28	1.02	0.73	2.76	7.72	6.43	4.83	3.86	2.76
14387	AXI-8006	50	0.671	99.6	83.0	62.3	49.8	35.6	2.28	1.90	1.43	1.14	0.81	3.45	8.63	7.19	5.40	4.32	3.08
	(50 mesh)	60	0.735	109.1	90.9	68.2	54.6	39.0	2.50	2.08	1.56	1.25	0.89	4.14	9.46	7.88	5.91	4.73	3.38

Spacer location
Don’t over tighten, wheel should spin freely

Figure 1: Wheel assembly

Figure 2: Wheel assembly

First take components out of box. With boom upside down on saw horses or table install wheel assemblies. Return to upright position and mount airfoil as shown in figure 3. Take pressure gauge out of box and install on flow monitor. Position flow monitor vertically as shown in figure 4 and connect feed hose. *** If installing a wand kit see figures 11-16 on pages 10 and 11***

3 1/4”

Tee / Valve

Short Bolt
and Standoff

Long Bolt
and Standoff

Back

Front

Figure 3: Airfoil assembly

Figure 4: Flow monitor and pressure gauge

Figure 5: Mounting hitch on boom

Figure 6: Mount tank and secure with strap

Figure 7: Attaching return line from Pressure Regulator

Figure 8: Attaching feed line from tank to valve

3 1/4”

Tee / Valve

Figure 9: Attaching nozzle feed hose to flow monitor

Figure 10: Main plumbing Assembly

***The following instructions and pictures are for the installation of the wand kit***

41/4

”

Insulated Clamp and Bolt

Front of shroud
Start assembly before hitch is attached.

21/4

”

21/4

”

- Attach spray wand plumbing assembly - Place insulated clamps on hose
- Drill 1/4” holes in shroud

Figure 11: Boom feed hose

Figure 12: Spray wand plumbing assembly

(A)

(A)

Figure 13: Spray wand holding clamps

Figure 14: Spray wand holding clamps

Use existing airfoil mounting bolt to attach insulated clamp for holding spray wand. Position wand so tip is clear from the front of the boom and drill hole for second holding clamp. Now continue with the rest of the assembly from figure 4.

Figure 15: Assembled FY 425 with wand kit

Figure 16: Assembled FY 425 with wand kit

Adjust spray wand plumbing assembly if necessary to ensure free movement of valve and wand hose.
Note: Both FY 425 and FY 325 models use the outer front stand off bolt to mount the clamp for the spray wand

FY425 Shroud Assembly Part # 14882SH

FY425 Frame Assembly Part # 14882

FY425 Plumbing Assembly Part # 15678

Flow Kit FY425 Part # 15679

FY325 Shroud Assembly Part # 14908SH

FY325 Frame Assembly Part # 14908

FY325 Plumbing Assembly Part # 14907

Flow Kit FY325 Part # 14881

ETT Wiring Harness Part # 13764

Rogers Sprayers Inc. (RSI)
141 - 105th Street East
Saskatoon, SK S7N 1Z2 Canada

Tel.: (306) 975-0500 or (888) 975-8294
Fax: (306) 975-0499
Email: info@rogerssprayers.com

ROGERS SPRAYERS INC OWNER WARRANTY AGREEMENT

Windfoil Drift Containment Spray Systems (DCSS) are warranted to be free of factory defects under
normal and intended use for a period of one (1) year from date of purchase to the original purchaser. Equipment must be setup in accordance with factory instructions and operated, maintained and used in accordance with the operator’s manual. Equipment used for rental has a warranty period of forty five (45) days. Any customization or modifications to the original equipment voids warranty immediately.
RSI reserves the right not to warranty any items that are not directly manufactured by RSI. Such
components need to be returned to the factory for inspection and tested by either RSI or the original manufacturer for defects. Examples of these parts include actuators, engines, pumps and electrical
systems.
All warranty Claims must be pre-authorized by the factory!
To obtain warranty, all defective parts must be returned to the factory; in some cases, location of part might require only photo of defective part. RSI must be contacted to determine which route is required. RSI through its designated dealer or factory appointed representative will repair or replace, at its option, any or all parts that are proven to be defective free of charge.
RSI DOES NOT pay or reimburse for any travel time or investigation time to determine the defective part. Warranty labor will be based on the time required for RSI to replace only the part. Warranty labor rates and replacement times will be assessed yearly and will be included in a labor replacement sheet.
This warranty does not apply to damage caused by misuse, accident, acts of god, and/or operation without proper servicing. RSI will not be responsible for consequential damages; its liability is limited to replacement of parts.
Standard wear components (see list) such as belts, nozzles, screens, bearings, wheels, flow indicator bodies or flow indicator parts are only warranted for 30 days after original purchase.
RSI makes no other expressed, implied or statutory warranty; nor is anyone authorized to make any on our behalf.

Complete your Warranty Registration online at www.rogerssprayers.com
The warranty registration is found on the Contact page of our website. The warranty registration MUST be filled out completely and submitted to RSI to activate the warranty. If you would prefer, a printable copy is also available online.

It is our intention to manufacture durable, user-friendly products. Any suggestions you have as to how we may improve our equipment are greatly appreciated.

Rogers Sprayers Inc.

141 - 105th Street East
Saskatoon, SK S7N 1Z2
Canada

Phone: (306) 975-0500
Fax: (306) 975-0499
Email: info@rogerssprayers.com
Web: www.rogerssprayers.com

	10	25	50	100	200
mph	(ft)	(ft)	(ft)	(ft)	(ft)
1	6.8	17.0	34.1	68.2	136.0
1.5	4.5	11.4	22.7	45.5	90.9
2	3.4	8.5	17.0	34.1	68.2
2.5	2.7	6.8	13.6	27.3	54.5
3	2.3	5.7	11.4	22.7	45.5
4	1.7	4.3	8.5	17.0	34.1
5	1.4	3.4	6.8	13.6	27.3
6	1.1	2.8	5.7	11.4	22.7

Rogers Sprayers Inc. Toll Free 1-888-975-8294 www.rogerssprayers.com #